Hi-Tech’s CAE solutions are specifically designed to address prime engineering challenges associated with the automobile suspension system.
Our Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) simulations for automotive suspension provide cost-effective design optimization without relying on physical tests.
Our suspension specific CAE solutions are best-suited for OEMs and aftermarket manufacturers seeking for simulation driven product development.
Hi-Tech’s CAE expertise in Automotive Suspension Analysis:
The wide categorization of vehicles, performance expectations, cost constraints and environmental responsibilities have multiplied the complexity associated with the design and development of the suspension system, which has thereby demanded for thorough thermal, structural and aerodynamic examination of the suspension system. To phase out the downsides associated with the real world tests, Hi-Tech provides major CAE analyses for suspension which includes:
- Static Structural Analysis for thorough examination of suspension system against static and concentrated loads and assist engineers to develop a safe design of the suspension system.
- Vibration Analysis (Modal, Buckling and Harmonic) to emphasize on minimizing the vibrations by considering various factors such as pitching and rolling, tire and spring stiffness, shock absorber characteristics and ratio of the sprung to the unsprung mass.
- Fatigue Analysis to demonstrate the suspension behavior by considering the fatigue limits and thereby predict the useful life-cycle of the system.
- Multibody Dynamics which provides a detailed study on suspension system and its interaction with other interconnected parts. This study essentially assists engineers in choosing appropriate suspension design.
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